CN106830647A - The bottle processed and preparation method of low borosilicate glass tube injection bottle - Google Patents

Abstract

The bottle processed and preparation method of low borosilicate glass tube injection bottle are glass glass tube vial technologies, and it overcomes the shortcoming of other technologies presence, and it includes automatic turning tube-conveyer, two parts of bottle processed, and automatic turning tube-conveyer is installed on the side of bottle processed；The automatic turning tube-conveyer includes transverse tube frame, transverse tube chain, glass tube seat, adjusting apparatus, vertical tube frame, vertical tube chain, housing, motor, rotor, and the bottle processed includes deep bid, shallow bid, sleeve, manipulator, transmission mechanism, upper probe, lower probe, heating tube, control assembly.

Description

Bottle-making device and preparation method of low borosilicate glass tube injection bottle

Technical field: The present invention relates to glass tube bottle technology, especially the bottle making device and preparation method of low borosilicate glass tube injection bottle.

Background technology: At present, there is a feeding machine in the glass tube processing process. Due to the defects of the machine design, it can only be advanced by manpower for a single tube, which has low efficiency and wastes manpower; Directly enter the small plate sleeve, because there is a space of 4-6 cm in the middle, when each glass tube enters the small plate sleeve for the first time, there is always an extra 4-6 cm long glass tube that is cut off and wasted .

Summary of the invention: the purpose of the present invention is to provide a bottle-making device and a preparation method for a low-borosilicate glass tube injection bottle with a high degree of mechanization and reduced labor intensity, which overcomes the shortcomings of other technologies, and the purpose of the present invention is achieved in this way , which includes two parts: an automatic reversing pipe feeding machine and a bottle making device. The automatic reversing pipe feeding machine is installed on one side of the bottle making device; Adjusting device, vertical pipe frame, vertical pipe chain, shell, motor, rotating body, horizontal pipe frame and vertical pipe frame are connected by adjusting device; horizontal pipe chains are installed on both sides of the horizontal pipe frame, and horizontal pipe chains are installed The glass tube grooves are equidistantly distributed, and the two ends of each glass tube groove are connected to the horizontal pipe chain; In the form of a rotary ladder, the top of the horizontal pipe frame is equipped with a rotating shaft, which is connected to the motor; the front end housing of the adjustment device is equipped with a manipulator, the motor is installed in the housing, and the motor is installed in the box behind the adjustment device; The pipe frame is connected with the vertical pipe chain; the motor is installed under the vertical pipe frame;

The bottle-making device includes a large plate, a small plate, a sleeve, a manipulator, a transmission mechanism, an upper probe, a lower probe, a heating tube, and a control assembly. The small plate is installed under one side of the large plate, and the manipulator is located between the large plate and the small plate. In the middle; the transmission mechanism and the control assembly are installed under the large plate and the small plate.

Twelve sleeves are fixed on the large plate, glass tubes are set on the twelve sleeves, and the distance between the sleeves is 30 degrees; six sleeves are fixed on the small plate, and the distance between the sleeves is 60 degrees , each small disk sleeve has a chuck on the lower side; the diameter of the large disk is twice the diameter of the small disk; the middle distance between the large disk and the small disk is 4-6 cm.

The upper probe is located on the side of the large plate and corresponds to the sleeve on the large plate; the lower probe is located on the side of the large plate and corresponds to the gas head under the large plate; the upper probe and the lower probe are connected to the control assembly .

The heating pipe is located on one side of the large plate, corresponding to the glass tube on the large plate, and the heating pipe is connected with the natural gas pipe.

Described blowpipe is positioned at the middle of part of the gas pipe of the lower side of the large plate, and blowpipe is connected with blower fan.

The application method of the present invention is: first start the motor, drive the rotating shaft on the horizontal tube frame, and the rotating shaft drives the chain to move around. At this time, people put the glass tube into the glass tube groove on the back side. The glass tube in the tube groove turns from the lower side of the back to the top, and then turns from the top to the front to fall. When the glass tube in the glass tube groove turns to the falling direction, the glass tube falls and is caught by the manipulator; at this time, the manipulator Driven by the motor, it adjusts the direction by 90 degrees, changes from a horizontal tube to a vertical tube and inserts it into the sleeve of the large plate, and then it goes back and forth; when making bottles, the sleeve on the large plate is inserted into the glass tube and then rotates, starting from The automatic intubation of the automatic intubation tube, to the fixed length, preheating of material cutting, and cutting off with a flame when reaching the bottom of the bottle. Bottles, heat preservation, and waste bottles are unloaded, and the bottom of the bottle is heated and blown through by flame; after the bottom of the bottle is formed, it is transferred to the large plate, and it is preheated on the large plate before the bottle neck is made, the bottle neck is initially formed, and the bottle neck is made. Heating, until the bottle neck is formed, completes a cycle; thus the cycle is repeated; in winter, when the production starts, due to the low temperature, the glass tube is fragile, at this time, the heating tube is ignited to heat the glass tube; when processing the glass tube , Some links that need to be cooled, that is, use the blower in the middle of the gas pipe under the large plate to cool down.

The significance of the present invention is: due to the use of the automatic reversing pipe feeding machine, the work efficiency is high and the labor force is saved; the blanking is accurate; the waste product rate is low; due to the application of the manipulator on the bottle making device, the waste products are reduced; the efficiency is improved; The application of the probe can timely and accurately feed back the bottle-making status of the glass tube to the control assembly, and the control assembly transmits the information to the transmission mechanism and the automatic turning tube feeding machine, so as to ensure the normal operation of the device.

Description of the drawings: Figure 1 is a schematic structural view of the automatic flip tube feeding machine, in which 1, horizontal tube frame 2, horizontal tube chain 3, glass tube groove 4, adjustment device 5, vertical tube frame 6, vertical tube chain 7, shell Body 8, motor 9, rotating body.

Fig. 2 is a structural schematic diagram of a glass control bottle device, in which 10, a large plate 11, a small plate 12, a sleeve 13, a manipulator 14, a transmission mechanism 15, an upper probe 16, a lower probe 17, a heating tube 18, and a control assembly.

Specific embodiments: Embodiment 1. The present invention includes two parts: an automatic overturning tube feeder and a bottle making device. The automatic overturning tube feeder is installed on one side of the bottle making device; the automatic overturning tube feeder includes a horizontal tube rack 1 , horizontal pipe chain 2, glass pipe groove 3, adjustment device 4, vertical pipe frame 5, vertical pipe chain 6, housing 7, motor 8, rotating body 9, horizontal pipe frame 1 and vertical pipe frame 5 are connected by adjustment device 4 On both sides of the horizontal tube frame 1, the horizontal tube chain 2 is installed, and the glass tube groove 3 is equidistantly distributed in the middle of the horizontal tube chain 2, and the two ends of each glass tube groove 3 are connected on the horizontal tube chain 2; The chain 2 is set on the sprocket and is connected in a trapezoidal closed manner; the glass tube is placed in the glass tube groove 3; the horizontal tube frame 1 is in the form of a rotary ladder, and the top of the horizontal tube frame 1 is equipped with a rotating shaft, which is connected to the motor; A manipulator is installed on the front end housing 7 of the adjusting device 4, a motor 8 is installed in the housing 7, and a motor is installed in the block behind the adjusting device 4; the vertical pipe frame 5 is connected with the vertical pipe chain 6; the vertical pipe frame The bottom of 5 is equipped with motor; Described rotating body 9 is installed in the bottom of standpipe frame 5, and rotating shaft is installed in the rotating body 9, and this rotating shaft is connected with the rotating shaft on the standpipe frame 5.

Embodiment 2, the bottle making device includes a large plate 10, a small plate 11, a sleeve 12, a manipulator 13, a transmission mechanism 14, an upper probe 15, a lower probe 16, a heating tube 17, a control assembly 18, and the small plate 11 is installed Under one side of the large plate 10, the manipulator 13 is located in the middle of the large plate 10 and the small plate 11; the transmission mechanism 14 and the control assembly 18 are installed under the large plate 10 and the small plate 11.

Embodiment 3. Twelve sleeves 12 are fixed on the large plate 10, and glass tubes are set on the twelve sleeves 12, and the distance between the sleeve 12 and the sleeve is 30 degrees; six sleeves are fixed on the small plate 11. 60 degrees between the sleeves, each small plate 11 has a chuck on the lower side of the sleeve; the diameter of the large plate 10 is twice the diameter of the small plate 11; the middle distance between the large plate 10 and the small plate 11 is 4-6 cm .

Embodiment 4, the upper probe 15 is located on the side of the large plate 10, and corresponds to the sleeve 12 on the large plate 10; the lower probe 16 is located on the side of the large plate 10, and corresponds to the gas head under the large plate 10 ; The upper probe 15, the lower probe 16 are connected with the control assembly 18.

Embodiment 5. The heating pipe 17 is located on one side of the large plate 10, and corresponds to the glass tube on the large plate 10, and the heating pipe 17 is connected with a natural gas pipe.

Embodiment 6. The blowing pipe is located in the middle of the part of the gas pipe on the lower side of the large plate 10, and the blowing pipe is connected with the fan.

Embodiment 7, the application method of the present invention is: at first start motor, drive the rotating shaft on the horizontal tube frame 1, and rotating shaft drives chain 2 circles, and at this moment, people put glass tube in the glass tube groove 3 on the back side, when chain After the glass tube groove and the glass tube in the glass tube groove are turned from the lower side of the back to the top, they are turned from the top to the front to fall. When the glass tube in the glass tube groove 3 turns to the falling direction, the glass tube falls. At this time, the manipulator is driven by the motor, adjusts the direction by 90 degrees, and inserts it into the sleeve 12 of the large plate 10 after changing from a horizontal tube to a vertical tube, thus reciprocating; when making bottles, the sleeve on the large plate 10 The cylinder 12 is inserted into the glass tube and then rotated. From the automatic intubation at the beginning, to the fixed length, material cutting and preheating, and to the bottom of the bottle, it is cut off with a flame. At this time, the glass tube is inserted into the sleeve of the small plate 11. , the glass tube is put on the sleeve of the small plate 11 through heat preservation, bottle dropping, heat preservation, waste bottle unloading, to the bottom of the bottle forming, heating and flame blowing through; After preheating before making the bottle neck, initial molding of the bottle neck, heating between the bottle neck and forming of the bottle neck, a cycle is completed; thus the cycle is repeated; in winter, when the production starts, due to the low temperature, the glass tube is fragile, and this time When lighting heating tube 17, glass tube is heated; when processing glass tube, some need the link of cooling process, promptly get final product with blowing pipe blowing in the middle of large plate 10 lower part gas pipes.

Claims (7)

1. the bottle processed of low borosilicate glass tube injection bottle, it includes automatic turning tube-conveyer, two parts of bottle processed, its It is characterised by：Automatic turning tube-conveyer is installed on the side of bottle processed；The automatic turning tube-conveyer includes transverse tube frame（1）、 Transverse tube chain（2）, glass tube seat（3）, adjusting apparatus（4）, vertical tube frame (5), vertical tube chain (6), housing (7), motor (8), Rotor (9), transverse tube frame（1）With vertical tube frame（5）By adjusting apparatus（4）Connection；In transverse tube frame（1）Both sides transverse tube chain is installed Bar（2）, in transverse tube chain（2）Centre be equally spaced glass tube seat（3）, every glass tube seat（3）Two ends are connected to transverse tube Chain（2）On；Transverse tube chain（2）It is enclosed within sprocket, trapezoidal closing connection；In glass tube seat（3）Inside it is placed glass-tube；Transverse tube Frame（1）To turn trapezoidal, the top of transverse tube frame (1) is installed with rotating shaft, rotating shaft and motor connection；Before the adjusting apparatus (4) It is installed with end housing (7) in manipulator, housing (7) and motor (8) is installed, is installed with the square of adjusting apparatus (4) back Motor；Vertical tube chain (6) is connected on the vertical tube frame (5)；The following of vertical tube frame (5) is installed with motor；The rotor（9） Installed in vertical tube frame（5）Following, rotor（9）Rotating shaft is inside installed, this rotating shaft and vertical tube frame（5）On rotating shaft connection.

2. the bottle processed of low borosilicate glass tube injection bottle according to claim 1, it is characterised in that：The system is bottled Put including deep bid (10), shallow bid (11), sleeve (12), manipulator（13）, transmission mechanism（14）, upper probe (15), lower probe （16）, heating tube（17）, control assembly（18）, shallow bid（11）It is installed on deep bid（10）Side below, manipulator（13）It is located at Deep bid（10）With shallow bid（11）Centre；Transmission mechanism (14) is installed on deep bid (10) with shallow bid (11) with control assembly (18) Below.

3. the bottle processed of low borosilicate glass tube injection bottle according to claim 1 and 2, it is characterised in that：It is described big Fixed 12 sleeves (12) on disk (10), cover glass tube on 12 sleeves (12), sleeve (12) is 30 and sleeve between Degree；Fixed six sleeves on shallow bid (11), are 60 degree between sleeve, and the following of each shallow bid (11) sleeve has chuck；Deep bid (10) diameter is shallow bid（11）The twice of diameter；Deep bid（10）With shallow bid（11）Intermediate distance be 4-6 centimetres.

4. the bottle processed of low borosilicate glass tube injection bottle according to claim 1 and 2, it is characterised in that：Described Upper probe（15）Positioned at deep bid（10）Side, and and deep bid（10）On sleeve（12）Mutually correlate；Described lower probe（16）Position In deep bid（10）Side, and and deep bid（10）Following combustion gas head mutually correlates；Upper probe（15）, lower probe（16）With control assembly （18）Connection.

5. the bottle processed of low borosilicate glass tube injection bottle according to claim 1 and 2, it is characterised in that：Described Heating tube（17）Positioned at deep bid（10）Side, and and deep bid（10）On glass tube mutually correlate, heating tube (17) and natural gas tube Connection.

6. the bottle processed of low borosilicate glass tube injection bottle according to claim 1 and 2, it is characterised in that：Described Blower is located at deep bid（10）The centre of lower portion Gas Pipe, blower is connected with blower fan.

7. the preparation method of the bottle processed of low borosilicate glass tube injection bottle described in claim 1, it is characterised in that：Open first Dynamic motor, drives transverse tube frame（1）On rotating shaft, rotating shaft drive chain（2）Week is dynamic, and now, people overleaf put glass-tube into glass Glass tube seat（3）It is interior, after chain goes to top with the glass-tube in glass tube seat and glass tube seat from the back side following, from top Front is gone to again toward falling, when glass tube seat（3）When interior glass tube goes to falling direction, glass tube falls, and is grabbed by manipulator Firmly；Now manipulator by motor drive, 90 degree of adjustment direction inserts deep bid after becoming vertical tube by transverse tube（10）Sleeve（12） On, thus move in circles；In bottle processed, the sleeve (12) on deep bid (10) is rotated after plugging glass tube, by from Dynamic intubation, preheats to fixed length, blank, and to flame failure during bottom of bottle processed, glass tube now has just been inserted into the set of shallow bid (11) On cylinder, glass tube is laid down on the sleeve of shallow bid (11) by fall bottle, insulation, useless bottle of insulation, to bottom of bottle processed shaping heating and fiery Flame blows to be worn；Deep bid is gone to after bottom of bottle shaping processed again（10）On, in deep bid（10）It is upper be by preheating, bottleneck processed before bottleneck processed at the beginning of into Heated between type, bottleneck processed, to bottleneck processed shaping, complete a cycle；Thus move in circles；In winter, when starting production, due to Temperature is relatively low, and glass tube is frangible, now lights heating tube（17）Glass tube is heated；When glass tube is processed, some are needed Lower the temperature the link for the treatment of, that is, use deep bid（10）Blower blowing cooling in the middle of lower portion Gas Pipe.